Bacteria make a beeline to escape tight spaces
A UH study revealed that bacteria alter their swimming patterns when they get into tight spaces—making a beeline to escape from confinement.
A UH study revealed that bacteria alter their swimming patterns when they get into tight spaces—making a beeline to escape from confinement.
In the top 1% of their fields, UH Mānoa scientists were ranked among 166,880 colleagues.
In a published study, experts warn that a sixth mass extinction crisis is underway, this time entirely caused by human activities.
Margaret McFall-Ngai helped turn UH into a major microbiome research center.
The “Maximizing Access to Research Careers” grant will enroll 30 juniors and seniors in a two-year program that pairs trainees with research mentors.
Lucia Seale has been awarded a five-year grant of nearly $2M to investigate how specialized fat cells and the micronutrient selenium interact to produce body heat.
A study revealed that environmental factors such as rainfall, temperature and the extent of green vegetation, influence rat lungworm infection in snails.
UH Mānoa’s COBRE research projects aim to develop the tools to understand the interface between human and environmental health.
Researchers found bacteria living symbiotically within the Hawaiian bobtail squid can direct the host squid to change its normal gene-expression program.
The discovery could provide important clues on factors affecting human microbiome rhythms.